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    • 41. 发明授权
    • Water heater control
    • 热水器控制
    • US5660328A
    • 1997-08-26
    • US592254
    • 1996-01-26
    • Gregory J. Momber
    • Gregory J. Momber
    • F23N1/08G05D23/19H05B1/02
    • F23N1/082G05D23/1904
    • A water heater control modifies a temperature differential setting in a hot water heater according to elapsed time between calls for heat. This allows the temperature setting of the hot water heater to remain low, which reduces the risk of scalding, yet allows the hot water heater to deliver hot water consistently. For example, a hot water heater temperature setting is 120.degree. F. and the temperature differential is normally set to 20.degree. F. After six hours without a call for heat, during which time period the water in the tank has destratified, the water heater control could set the differential to 15.degree. F., which would cause a call for heat when the water temperature drops to 105.degree. F. Once a call for heat is generated, the temperature differential can be set back to 20.degree. F. Thus, water stratification is reduced because a wide temperature differential is maintained during periods when there are repeated calls for heat, but cool water is avoided because the differential is narrowed during periods of inactivity.
    • 热水器控制根据热量呼叫之间的经过时间修改热水器中的温差设置。 这样可以使热水器的温度设定保持在低温状态,从而降低烫伤的风险,同时允许热水器一贯地输送热水。 例如,热水加热器的温度设定为120°F,温差通常设定在20°F。六个小时后无需加热,在此期间罐内的水已经脱水,热水器 控制可以将差值设定为15°F,当水温降至105°F时,会产生热量。一旦产生热量呼叫,温差可以恢复到20°F。因此, 水分层减少,因为在反复要求热量的时期内保持较宽的温差,而避免冷水由于差异在不活动期间变窄。
    • 43. 发明授权
    • Control device and methods of making and operating the same
    • 控制装置及其制作及运行方法
    • US5612848A
    • 1997-03-18
    • US511818
    • 1995-08-07
    • Brian J. Kadwell
    • Brian J. Kadwell
    • G05B11/16H01H47/04
    • G05B11/16
    • A control device and methods of making and operating the same are provided, the control device comprising a microcomputer unit, a relay unit having a coil and contacts that are operated to one condition thereof when a direct current flows through the coil, the relay unit having a certain voltage rating, a power supply unit for being interconnected to a high voltage alternating current power supply that has a certain frequency, and a circuit operatively interconnecting the units together, the power supply unit comprising a transformerless capacitor arrangement for creating a low voltage direct current source from the power source to power the microcomputer unit and the coil, the power supply unit comprising an arrangement for creating from the transformerless capacitor arrangement a first low voltage direct current for powering the microcomputer unit and a second low voltage direct current for powering the coil of the relay unit whereby the first low voltage direct current and the second low voltage direct current comprise the low voltage direct current source.
    • 提供了一种控制装置及其制造和操作方法,所述控制装置包括微电脑单元,具有线圈的继电器单元和当直流电流流经线圈时对其一个状态操作的触点,所述中继单元具有 一定的电压额定值,用于与具有一定频率的高压交流电源互连的电源单元,以及将所述单元可操作地互连在一起的电路,所述电源单元包括用于产生低电压直流的无变压器电容器装置 来自电源的电流源为微型计算机单元和线圈供电,电源单元包括用于从无变压器电容器布置产生用于为微型计算机单元供电的第一低电压直流电和用于为该微机单元供电的第二低电压直流电的布置 继电器单元的线圈,由此第一低电压直流电和第二低电压直流电 d低电压直流电源包括低压直流电源。
    • 46. 发明授权
    • Fuel control system, control device therefor and methods of making and
operating the same
    • 燃油控制系统及其控制装置及其制作及运行方法
    • US5531589A
    • 1996-07-02
    • US194244
    • 1994-02-10
    • Kurt T. Williams
    • Kurt T. Williams
    • F23N5/20
    • F23N5/203F23N2035/14Y10T137/87161
    • A fuel control system, a control device therefor and methods of making and operating the same are provided, the fuel control system comprising a source of fuel a burner unit, an electrically operated valve unit adapted to be opened to interconnect the source of fuel to the burner unit when the valve unit is energized, the valve unit having a coil, an electrical power source having a value sufficient for opening the valve unit when operatively interconnected to the coil to energize the coil, a control device for operatively interconnecting the power source to the coil when the control device determines that fuel should be directed to the burner unit, the control device being so constructed and arranged that the control device is adapted to operatively interconnect the power source to the coil without the use of relay contacts between the power source and the coil.
    • 提供燃料控制系统,其控制装置及其制造和操作方法,燃料控制系统包括燃料源,燃烧器单元,适于打开以将燃料源与燃料源相互连接的电动阀单元 当所述阀单元通电时,所述阀单元具有线圈,所述电源具有足够的值,以在操作性地互连到所述线圈以对所述线圈通电时,所述控制装置用于将所述电源可操作地互连到 当控制装置确定燃料应该被引导到燃烧器单元时,该线圈被构造和布置成使得控制装置适于将电源可操作地互连到线圈,而不需要在电源之间使用继电器触点 和线圈。